Reaction Bonded Silicon Carbide: Advantages, Application and Products

Reactive carbonized silicon is known by many names. For example, it is called siliconized silicon carbide and is abbreviated as SISIC. The manufacturing process occurs due to a porous carbon reaction with graphite or molten silicon. Apart from this, it is also called siliconized silicon carbide due to the remaining traces of silicon. See the details of this material.

There are many ways to produce silicon carbide. However, it contains a small number of chemicals known as sintered AIDS, so that pure forms are related. The purpose of adding these chemicals is to support sintering processes. It is done by enabling low -sintered temperature.

The shortened form is SSIC. This material has many advantages. For example, provide excellent resistance to wear and tears. In addition, it can withstand medicine resistance and impact.

Apart from this, the resistance of this material is twice as a resistance of nitride binding silicon. The good thing is that it can be changed into many shapes, such as slips and corn. Similarly, complex shapes are designed for various types of devices in the raw material process.

Advantages of this material

Now that you understand the basics of the reaction tie -to -carbide silicon, let’s go ahead and look at some of the main benefits of this material. Through these advantages, you can get more insight into this material. This process helps make better decisions.

As long as wear resistance, you cannot find better alternatives

It can be an ideal option for a large shape

Resistant to collisions between small particles in solid particles containing calories and slide friction

Use of reaction tie -up carbide silicon

This material provides more advantages than other materials. For this reason, reactive carbonized silicon is used in many industries. As a matter of fact, it is one of the best materials you can find in a wide range of industries. Therefore, there is a huge market for this material for various reasons. Here are some common industries lists that use this material regularly.

Power generation

Due to its high strength, this material is used to make a wide range of products. Here are some lists of the most common products using this material.


Ceramics Play nozzle
Boat, plate, sagar, setter
Muffler liner, pusher plate, kiln furniture
Boiler tube ferm
Ceramic liner
In short, this was an introduction of a reaction -linked silicon. I also looked at the advantages of this material. In addition, we considered some products made with this material. Hopefully, we recommend that this article understands this material better.

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